IDT49FCT805BTQ

The IDT49FCT805BTQ is a high-performance Clock/Timing device which provides an appropriate buffering and driver for a wide range of applications. The IDT49FCT805BTQ is a one-wire, buffered, low-skew clock driver/buffer, designed specifically for high-speed clock generation, buffering, and transmission. The IDT49FCT805BTQ supports up to 16 clock pins and works well with a wide range of clock sources.

The wide range of applications for the IDT49FCT805BTQ include memory devices, digital signal processors and microcontrollers, display drivers, and storage devices. The IDT49FCT805BTQ is an ideal device to be used in a variety of clock and timing applications, as its features include high-score throughput and a low-skew output up to 16.25MHz.

The IDT49FCT805BTQ incorporates a one-wire pulse-width-modulated (PWM) output buffer, with signal delay settings of 0 to 15.5ns and a skew of up to 15ns. The buffer can be connected either to a low-impedance source or to a standard 50Ω source, as well as providing selectable signal delay. With this feature, the IDT49FCT805BTQ is able to minimize the power consumption of the device and ensure that the signal reaches its target at the proper speed and timing.

The IDT49FCT805BTQ is also able to act as a clock buffer and can be used to buffer the clock signal between two devices that are clocked at different frequencies. In addition, the IDT49FCT805BTQ is also capable of operating in a fanout mode and can be used to match the clock rates of two processes, allowing them to progress in seamless synchronization.

In summary, the IDT49FCT805BTQ is a high-performance Clock/Timing device which provides an appropriate buffering and driver for a wide range of applications. It is an ideal device for memory devices, digital signal processors and microcontrollers, display drivers, and storage devices, as it provides high-speed throughput and a low-skew output up to 16.25MHz. The IDT49FCT805BTQ also provides the ability to buffer the clock signal between two devices, as well as acting as a clock buffer to match the clock rates of multiple processes.